OPB365N11

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Optical sensors are devices that transform optical data into an electrical signal, enabling the system to process the data. Photointerrupters are devices that detect an object passing between an LED and a detector within a housing. Slot type photointerrupters are commonly used in robotic arms, 3d printers, and automated production lines and most notably, the OPB365N11 is a transistor output photointerrupter with a slot profile.

The OPB365N11 optical interrupter features a rugged package design with high-temperature performance capabilities that make it suitable for a variety of industrial applications. The narrow slot on the OPB365N11 is designed to improve sensitivity and response time. The package also includes an LED source, which increases the response time and reduces power consumption.

The OPB365N11 is part of the OPB series optical sensors designed for automated assemblies, putting to use a range of features such as external trigger signal, and signal power supply, as well as different LED indicators. Additionally, the OPB365N11 features a highly reliable empty/filled/occupation detection, capable of providing reliable detection even when the object being detected is moving with a varying speed.

The working principle of the OPB365N11 photointerrupter relies on the fact that when the object interrupting the light from the LED, the transistor output is activated, effectively indicating an obstruction in the path. The package is designed to detect a variety of objects made of different materials. It is even able to detect a partially transparent object such as a plastic bag.

The OPB365N11 photointerrupter is designed with a built-in shield that prevents external light from interfering with its signals. The active area of the package is recessed to protect it from damage caused by nearby objects. This feature also helps reduce power consumption of the device by preventing the LED from radiating unnecessary light.

In conclusion, the OPB365N11 is an excellent choice for a variety of applications that require high response time, high sensitivity, and reliable detection including robotic arms, 3d printers, and automated production lines. Its rugged housing and superior internal design make it an ideal choice for these applications.

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